Micro Bayonet Scissor

Description

Unobstructed Precision for Deep-Cavity Microsurgery

When operating in deep, restrictive surgical corridors—such as during the resection of a skull base tumor or delicate transsphenoidal pituitary surgery—standard straight scissors force the surgeon’s hand to block their own light source and line of sight. The Micro Bayonet Scissors solve this critical issue.

Engineered with a distinct, offset bayonet handle, this instrument aligns the surgeon’s gripping hand parallel to, but safely below, the visual axis. This ensures crystal-clear visibility of the micro-blades and the target tissue, which is especially critical when operating under high-magnification surgical microscopes or endoscopes.

Key Features & Clinical Advantages

• Optimized Visual Corridors: The bayonet shape prevents visual obstruction, allowing surgeons to work safely in deep cavities without compromising their view or casting shadows over the operative site.

• Atraumatic Micro-Dissection: The ultra-fine micro-blades are honed to a razor-sharp edge, allowing for the precise shearing of arachnoid membranes, fine nerve sheaths, and delicate vascular structures without crushing or tearing the tissue.

• Responsive Spring Handle: Unlike traditional ring scissors, the spring-action handle allows for rapid, controlled cutting with minimal finger movement. This significantly reduces hand tremor and fatigue during intricate, prolonged microsurgical procedures.

• Surgical-Grade Construction: Forged from premium medical-grade stainless steel for perfect balance, rigid strength, and exceptional edge retention through hundreds of autoclave sterilization cycles.

Primary Surgical Applications

• Micro-Neurosurgery: Dissection of cerebral aneurysms, tumor resections, and arachnoid cyst fenestrations.

• ENT Surgery: Endoscopic sinus surgery, transsphenoidal approaches, and delicate middle ear procedures.

• Spinal Microsurgery: Microdiscectomies and delicate nerve root decompressions in narrow channels.

Technical Specifications